Compaq Lighting 9900 Series User manual

Hitachi Freedom Stora

g

e™

Lightning 9900™

User and Reference Guide

Hitachi Lightning 9900™ User and Reference Guide iii

Notice: No part of this publication may be reproduced or transmitted in any form or by any

electronic or mechanical means, including photocopying and recording, or stored in a

database or retrieval system for any purpose, without the express written permission of

Hitachi Data Systems Corporation.

Hitachi Data Systems reserves the right to make changes to this document at any time

without notice and assumes no responsibility for its use. Hitachi Data Systems products and

services can only be ordered under the terms and conditions of Hitachi Data Systems’

applicable agreements, including license agreements. All of the features described in this

document may not be currently available. Refer to the most recent product announcement

or contact your local Hitachi Data Systems sales office for information on feature and

product availability.

This document contains the most current information available at the time of publication.

When new and/or revised information becomes available, this entire document will be

updated and distributed to all registered users.

Trademarks

Hitachi Data Systems is a registered trademark and service mark of Hitachi, Ltd. The Hitachi

Data Systems design mark is a trademark and service mark of Hitachi, Ltd.

Hi-Track is a registered trademark of Hitachi Data Systems Corporation.

Extended Serial Adapter, ExSA, Hitachi Freedom Storage, Hitachi Graph-Track, and Lightning

9900 are trademarks of Hitachi Data Systems Corporation.

APC and Symmetra are trademarks or registered trademarks of American Power Conversion

Corporation.

HARBOR is a registered trademark of BETA Systems Software AG.

AIX, DYNIX/ptx, ESCON, FICON, IBM, MVS, MVS/ESA, VM/ESA, and S/390 are registered

trademarks or trademarks of International Business Machines Corporation.

Microsoft, Windows, and Windows NT are registered trademarks of Microsoft Corporation.

Tantia is a trademark of Tantia Technologies Inc. Tantia Technologies is a wholly owned

subsidiary of BETA Systems Software AG of Berlin.

All other brand or product names are or may be registered trademarks, trademarks or

service marks of and are used to identify products or services of their respective owners.

Notice of Export Controls

Export of technical data contained in this document may require an export license from the

United States government and/or the government of Japan. Contact the Hitachi Data

Systems Legal Department for any export compliance questions.

iv Preface

Document Revision Level

Revision Date Description

MK-90RD008-0 July 2000 Initial Release

MK-90RD008-1 November 2000 Revision 1, supersedes and replaces MK-90RD008-0

MK-90RD008-2 March 2001 Revision 2, supersedes and replaces MK-90RD008-1

This document revision applies to 9900 microcode versions 01-12-xx.

MK-90RD008-3 June 2001 Revision 3, supersedes and replaces MK-90RD008-2

This document revision applies to 9900 microcode versions 01-13-xx.

MK-90RD008-4 January 2002 Revision 4, supersedes and replaces MK-90RD008-3

This document revision applies to 9900 microcode versions 01-16-xx.

MK-90RD008-5 February 2002 Revision 5, supersedes and replaces MK-90RD008-4

This document revision applies to 9900 microcode versions 01-17-xx.

MK-90RD008-6 May 2002 Revision 6, supersedes and replaces MK-90RD008-5

This document revision applies to 9900 microcode versions 01-17-yy.

MK-90RD008-7 October 2003 Revision 7, supersedes and replaces MK-90RD008-6

This revision applies to 9900 microcode versions 01-18-67 and higher.

Source Documents for this Revision

 DKC410I/405I Disk Subsystem Maintenance Manual, revision 12.1 (August 2003).

 RAID400_RAID450_Public_Mode_Rev.2a (April 29, 2003).

Changes in this Revision

 Updated description of disk drive and cache upgrades to remove the statement that all

upgrades can be made with minimal impact (section 1.1.7).

 Added information on the 146-GB hard disk drive (sections 2.3, 2.4.2, 2.4.3; Table 2.2,

Table 2.3, Table 5.8, Table 5.9, Table 5.18).

 Added information on the public system option modes (new section 3.5, new Table 3.2-

Table 3.8).

Hitachi Lightning 9900™ User and Reference Guide v

Preface

This document describes the physical, functional, and operational characteristics of the

Hitachi Lightning 9900™ subsystem, provides general instructions for operating the 9900

subsystem, and provides the installation and configuration planning information for the 9900

subsystem.

This document assumes that:

 The user has a background in data processing and understands direct-access storage

device (DASD) subsystems and their basic functions,

 The user is familiar with the S/390

®

(mainframe) operating systems and/or open-system

platforms supported by the 9900 subsystem, and

 The user is familiar with the equipment used to connect RAID disk array subsystems to

the supported host systems.

For further information on Hitachi Data Systems products and services, please contact your

Hitachi Data Systems account team, or visit Hitachi Data Systems worldwide web site at

http://www.hds.com

. For specific information on supported host systems and platforms for

the Lightning 9900™ subsystem, please refer to the 9900 user documentation for the

platform, or contact the Hitachi Data Systems Support Center.

Note: Unless otherwise noted, the term “9900” refers to the entire Hitachi Lightning 9900™

subsystem family, including all models (e.g., 9960, 9910) and all configurations (e.g., all-

mainframe, all-open, multiplatform).

Note: The use of Hitachi Data Systems products is governed by the terms of your license

agreement(s) with Hitachi Data Systems.

Microcode Level

This document revision applies to 9900 microcode versions 01-18-67 and higher.

COMMENTS

Please send us your comments on this document: [email protected].

Make sure to include the document title, number, and revision.

Please refer to specific page(s) and paragraph(s) whenever possible.

(All comments become the property of Hitachi Data Systems Corporation.)

Thank you!

vi Preface

Hitachi Lightning 9900™ User and Reference Guide vii

Contents

Chapter 1 Overview of the Lightning 9900™ Subsystem

1.1 Key Features of the Lightning 9900™ Subsystem............................ 1

1.1.1 Continuous Data Availability ..................................... 2

1.1.2 Connectivity.................................................. 2

1.1.3 S/390

®

Compatibility and Functionality............................. 3

1.1.4 Open-Systems Compatibility and Functionality....................... 3

1.1.5 Hitachi Freedom NAS™ and Hitachi Freedom SAN™.................... 4

1.1.6 Program Products and Service Offerings............................ 6

1.1.7 Subsystem Scalability........................................... 8

1.2 Reliability, Availability, and Serviceability................................ 9

Chapter 2 Subsystem Architecture and Components

2.1 Overview ..........................................................11

2.2 Components of the Controller Frame ....................................14

2.2.1 Storage Clusters...............................................14

2.2.2 Nonvolatile Shared Memory......................................15

2.2.3 Nonvolatile Duplex Cache .......................................15

2.2.4 Multiple Data and Control Paths ..................................16

2.2.5 Redundant Power Supplies.......................................16

2.2.6 Client-Host Interface Processors (CHIPs) and Channels.................16

2.2.7 Channels ....................................................18

2.2.8 Array Control Processors (ACPs) ..................................19

2.3 Array Frame........................................................21

2.3.1 Disk Array Groups..............................................23

2.3.2 Sequential Data Striping ........................................24

2.4 Intermix Configurations...............................................25

2.4.1 RAID-1 & RAID-5 Intermix........................................25

2.4.2 Hard Disk Drive Intermix ........................................25

2.4.3 Device Emulation Intermix.......................................26

2.5 Service Processor (SVP)...............................................27

2.6 Remote Console PC ..................................................27

Chapter 3 Functional and Operational Characteristics

3.1 New 9900 Features and Capabilities .....................................29

3.2 I/O Operations......................................................29

3.3 Cache Management ..................................................30

3.3.1 Algorithms for Cache Control.....................................30

3.3.2 Write Pending Rate ............................................30

3.4 Control Unit (CU) Images, LVIs, and LUs..................................31

3.4.1 CU Images ...................................................31

3.4.2 Logical Volume Image (LVIs) .....................................31

3.4.3 Logical Unit (LU) Type..........................................31

3.5 System Option Modes.................................................32

viii Contents

3.6

Open Systems Features and Functions................................... 37

3.6.1 Failover and SNMP Support...................................... 37

3.6.2 Share-Everything Architecture................................... 37

3.6.3 SCSI Extended Copy Command Support ............................ 37

3.7 Data Management Functions .......................................... 38

3.7.1 Hitachi TrueCopy (TC) ......................................... 40

3.7.2 Hitachi TrueCopy – S/390

®

(TC390) ............................... 40

3.7.3 Hitachi ShadowImage (SI)....................................... 41

3.7.4 Hitachi ShadowImage – S/390

®

(SI390)............................. 41

3.7.5 Command Control Interface (CCI) ................................ 42

3.7.6 Extended Copy Manager (ECM)................................... 42

3.7.7 Hitachi Extended Remote Copy (HXRC) ............................ 43

3.7.8 Hitachi NanoCopy™............................................ 44

3.7.9 Data Migration ............................................... 44

3.7.10 Hitachi RapidXchange (HRX)..................................... 45

3.7.11 Hitachi Multiplatform Backup/Restore (HMBR) ...................... 45

3.7.12 HARBOR

®

File-Level Backup/Restore.............................. 46

3.7.13 HARBOR

®

File Transfer......................................... 46

3.7.14 HiCommand™ ................................................ 46

3.7.15 LUN Manager ................................................ 47

3.7.16 LU Size Expansion (LUSE)....................................... 47

3.7.17 Virtual LVI/LUN .............................................. 47

3.7.18 FlashAccess.................................................. 48

3.7.19 Cache Manager............................................... 48

3.7.20 Hitachi SANtinel.............................................. 49

3.7.21 Hitachi SANtinel – S/390

®

....................................... 49

3.7.22 Prioritized Port and WWN Control (PPC) ........................... 50

3.7.23 Hitachi Parallel Access Volume (HPAV) ............................ 50

3.7.24 Dynamic Link Manager™ (DLM)................................... 50

3.7.25 LDEV Guard.................................................. 50

3.7.26 Hitachi CruiseControl.......................................... 51

3.7.27 Hitachi Graph-Track™.......................................... 52

Chapter 4 Configuring and Using the 9900 Subsystem

4.1 S/390

®

Configuration ................................................ 53

4.1.1 Subsystem IDs (SSIDs) .......................................... 53

4.2 S/390

®

Hardware Definition........................................... 54

4.2.1 Hardware Definition Using IOCP (MVS, VM, or VSE)................... 54

4.2.2 Hardware Definition Using HCD (MVS/ESA) ......................... 59

4.2.3 Defining the 9900 to VM/ESA

®

Systems ............................ 70

4.2.4 Defining the 9900 to TPF ....................................... 70

4.3 S/390

®

Operations .................................................. 71

4.3.1 Initializing the LVIs............................................ 71

4.3.2 Device Operations: ICKDSF...................................... 71

4.3.3 MVS Cache Operations ......................................... 73

4.3.4 VM/ESA

®

Cache Operations ..................................... 75

4.3.5 VSE/ESA Cache Operations...................................... 75

Hitachi Lightning 9900™ User and Reference Guide ix

4.4

Open-Systems Configuration ...........................................76

4.4.1 Configuring the Fibre-Channel Ports ...............................77

4.4.2 Virtual LVI/LUN Devices.........................................77

4.4.3 LU Size Expansion (LUSE) Devices .................................77

4.5 Open Systems Operations .............................................78

4.5.1 Command Tag Queuing .........................................78

4.5.2 Host/Application Failover Support.................................78

4.5.3 Path Failover Support ..........................................79

4.5.4 Remote SIM (R-SIM) Reporting....................................80

4.5.5 SNMP Remote Subsystem Management .............................80

4.5.6 NAS and SAN Operations ........................................80

Chapter 5 Planning for Installation and Operation

5.1 User Responsibilities .................................................81

5.2 Electrical Specifications and Requirements for Three-Phase Subsystems.........82

5.2.1 Internal Cable Diagram .........................................82

5.2.2 Power Plugs..................................................83

5.2.3 Features.....................................................84

5.2.4 Current Rating, Power Plug, Receptacle, and Connector for

Three-Phase (60 Hz only)........................................84

5.2.5 Input Voltage Tolerances........................................85

5.3 Electrical Specifications and Requirements for Single-Phase Subsystems.........86

5.3.1 Internal Cable Diagram .........................................86

5.3.2 Power Plugs..................................................88

5.3.3 Features.....................................................91

5.3.4 Current Rating, Power Plug, Receptacle, and Connector for

Single-Phase (60 Hz only)........................................91

5.3.5 Input Voltage Tolerances........................................92

5.4 Dimensions and Weight ...............................................93

5.5 Floor Loading and Cable Routing Requirements ............................96

5.5.1 Service Clearance Requirements..................................96

5.5.2 Minimum Subsystem Disk Configuration............................101

5.5.3 Floor Load Rating.............................................105

5.5.4 Cable Requirements...........................................109

5.6 Channel Specifications and Requirements................................110

5.7 Environmental Specifications and Requirements...........................111

5.7.1 Temperature and Humidity Requirements..........................111

5.7.2 Power Consumption and Heat Output Specifications..................111

5.7.3 Loudness ...................................................113

5.7.4 Air Flow Requirements.........................................113

5.7.5 Vibration and Shock Tolerances..................................114

x Contents

Chapter 6 Troubleshooting

6.1 Troubleshooting................................................... 115

6.2 Service Information Messages (SIMs) ................................... 116

6.3 Calling the Hitachi Data Systems Support Center ......................... 117

Appendix A Unit Conversions

...................................................... 119

Acronyms and Abbreviations....................................................... 121

Hitachi Lightning 9900™ User and Reference Guide xi

List of Figures

Figure 2.1 Lightning 9900™ HiStar Network (HSN) Architecture .....................11

Figure 2.2 9960 Subsystem Frames...........................................13

Figure 2.3 9910 Subsystem Frame ...........................................13

Figure 2.4 Conceptual ACP Array Domain......................................19

Figure 2.5 Sample RAID-1 Layout ............................................23

Figure 2.6 Sample RAID-5 Layout (Data Plus Parity Stripe) ........................24

Figure 2.7 Sample Hard Disk Drive Intermix....................................25

Figure 2.8 Sample Device Emulation Intermix ..................................26

Figure 3.1 Fibre-Channel Device Addressing....................................31

Figure 4.1 IOCP Definition for FICON™ Channels (direct connect and via

FICON™ switch) .................................................55

Figure 4.2 IOCP Definition for 1024 LVIs (9900 connected to host CPU(s) via ESCD) .....56

Figure 4.3 IOCP Definition for 1024 LVIs (9900 directly connected to CPU)............57

Figure 4.4 Master MENU (Step 1) ............................................61

Figure 4.5 Basic HCD Panel (Step 2)..........................................62

Figure 4.6 Define, Modify, or View Configuration Data (Step 3) ....................62

Figure 4.7 Control Unit List Panel (Step 4).....................................63

Figure 4.8 Add Control Unit Panel (Step 5) ....................................63

Figure 4.9 Selecting the Operating System (Step 6)..............................64

Figure 4.10 Control Unit Chpid, CUADD, and Device Address Range Addressing (Step 7) . . 64

Figure 4.11 Select Processor / Control Unit Panel (Step 8) .........................65

Figure 4.12 Control Unit List (Step 9)..........................................65

Figure 4.13 I/O Device List Panel (Step 10).....................................66

Figure 4.14 Add Device Panel (Step 11)........................................66

Figure 4.15 Device / Processor Definition Panel – Selecting the Processor ID (Step 12) ...67

Figure 4.16 Define Device / Processor Panel (Step 13) ............................67

Figure 4.17 Device / Processor Definition Panel (Step 14) .........................68

Figure 4.18 Define Device to Operating System Configuration (Step 15)...............68

Figure 4.19 Define Device Parameters / Features Panel (Step 16) ...................69

Figure 4.20 Update Serial Number, Description and VOLSER Panel (Step 18) ...........69

Figure 4.21 LVI Initialization for MVS: ICKDSF JCL................................71

Figure 4.22 Displaying Cache Statistics Using MVS DFSMS ..........................73

Figure 4.23 IDCAMS LISTDATA COUNTS (JCL example).............................73

Figure 4.24 Fibre Port-to-LUN Addressing ......................................77

Figure 4.25 Alternate Pathing ...............................................79

Figure 5.1 Diagram of Power Plugs for Three-Phase 9960 Disk Array Unit (Europe)......82

Figure 5.2 Diagram of Power Plugs for Three-Phase 9960 Disk Array Unit (USA)........83

Figure 5.3 Diagram of Power Plugs for Three-Phase 9960 Disk Array Unit (Europe)......83

Figure 5.4 Internal Cable Diagram of a Single-Phase 9960 Subsystem ................86

Figure 5.5 Internal Cable Diagram of a Single-Phase 9910 Subsystem ................87

Figure 5.6 Power Plugs for Single-Phase 9960 Controller (USA).....................88

Figure 5.7 Power Plugs for Single-Phase 9910 Subsystem (USA).....................88

Figure 5.8 Power Plugs for a Single-Phase 9960 Controller (Europe).................89

Figure 5.9 Power Plugs for a Single-Phase 9910 Subsystem (Europe).................89

Figure 5.10 Power Plugs for Single-Phase 9960 Disk Array Unit (USA) .................90

xii Contents

Figure 5.11

Power Plugs for Single-Phase 9960 Disk Array Unit (Europe).............. 90

Figure 5.15 9960 DKC and DKU Physical Dimensions.............................. 93

Figure 5.16 9910 DKC and DKU Physical Dimensions.............................. 93

Figure 5.17 9960 Controller Frame Service Clearance and Cutouts (millimeters) ....... 97

Figure 5.18 9960 Controller Frame Service Clearance and Cutouts (inches) ........... 98

Figure 5.19 9960 Disk Array Unit Service Clearance and Cutout (millimeters).......... 99

Figure 5.20 9960 Disk Array Unit Service Clearance and Cutout (inches)............. 100

Figure 5.21 9960 Disk Subsystem Minimum Configuration (millimeters).............. 101

Figure 5.22 9960 Disk Subsystem Minimum Configuration (inches).................. 102

Figure 5.23 9910 Disk Subsystem All Configurations (millimeters).................. 103

Figure 5.24 9910 Disk Subsystem All Configurations (inches)...................... 104

Figure 5.25 9960 Disk Subsystem with Controller and 4 Disk Arrays................. 106

Figure 5.26 9960 Disk Subsystem with Maximum Configuration .................... 107

Figure 6.1 Typical 9900 SIM Showing Reference Code and SIM Type................ 116

List of Tables

Table 1.1 Program Products and Service Offerings .............................6-7

Table 2.1 CHIP and Channel Specifications ................................... 17

Table 2.2 ACP Specifications .............................................. 20

Table 2.3 Disk Drive Specifications ......................................... 22

Table 3.1 Capacities of Standard LU Types ................................... 31

Table 3.2 Common System Option Modes .................................... 32

Table 3.3 System Option Modes for Mainframe Connectivity...................... 32

Table 3.4 System Option Modes for Open-System Connectivity.................... 33

Table 3.5 System Option Modes for ShadowImage - S/390

®

and ShadowImage........ 34

Table 3.6 System Option Modes for TrueCopy - S/390

®

Sync & Async............. 34-35

Table 3.7 System Option Modes for HXRC .................................... 36

Table 3.8 System Option Modes for Concurrent Copy (CC) ....................... 36

Table 3.9 Data Management Functions for Open-System Users.................... 38

Table 3.10 Data Management Functions for S/390

®

Users......................... 39

Table 4.1 SSID Requirements.............................................. 53

Table 4.2 Correspondence between Physical Paths and Channel Interface IDs (Cl 1) . . . 58

Table 4.3 Correspondence between Physical Paths and Channel Interface IDs (Cl 2) . . . 58

Table 4.4 HCD Definition for 64 LVIs ........................................ 59

Table 4.5 HCD Definition for 256 LVIs ....................................... 59

Table 4.6 ICKDSF Commands for 9900 Contrasted to RAMAC...................... 72

Table 4.7 9900 Open-System Platforms and Configuration Guides ................. 76

Table 5.1 9960 Three-Phase Features ....................................... 84

Table 5.2 Current Rating, Power Plug, Receptacle, and Connector for 3-Phase 9960. . . 84

Table 5.3 Input Voltage Specifications for Three-Phase Power.................... 85

Table 5.4 9900 Single-Phase Features ....................................... 91

Table 5.5 Current Rating, Power Plug, Receptacle, and Connector for 1-Phase 9900. . . 91

Hitachi Lightning 9900™ User and Reference Guide xiii

Table 5.6

Input Voltage Specifications for Single-Phase Power.....................92

Table 5.7 9900 Physical Specifications .......................................94

Table 5.8 9960 Frame and Component Weights ................................95

Table 5.9 9960 & 9910 Subsystem Weights ....................................95

Table 5.10 Floor Load Rating for 9910 Subsystem...............................105

Table 5.11 Floor Load Rating for 9960 Controller with 1 Disk Array.................105

Table 5.12 Floor Load Rating for 9960 Controller with 4 Disk Arrays ................107

Table 5.13 Floor Load Rating for 9960 Controller with Maximum Configuration........108

Table 5.14 Cable Requirements.............................................109

Table 5.15 ESCON

®

and FICON™ Port Information...............................110

Table 5.16 Fibre-Channel Port Information....................................110

Table 5.17 Temperature and Humidity Requirements ...........................111

Table 5.18 9910/9960 Component Power and Heat Output Specifications............112

Table 5.19 9900 Subsystem Power and Heat Output Specifications .................112

Table 5.20 Internal Air Flow ...............................................113

Table 5.21 Vibration and Shock Tolerances....................................114

Table 6.1 Troubleshooting................................................115

Table A.1 Unit Conversions for Standard (U.S.) and Metric Measures ...............119

xiv Contents

Hitachi Lightning 9900™ User and Reference Guide 1

Chapter 1 Overview of the Lightning 9900™ Subsystem

1.1 Key Features of the Lightning 9900™ Subsystem

The Hitachi Lightning 9900™ subsystem provides high-speed response, continuous data

availability, scalable connectivity, and expandable capacity for both S/390

®

and open-

systems environments. The 9900 subsystem is designed for use in 7×24 data centers that

demand high-performance, non-stop operation. The 9900 subsystem is compatible with

industry-standard software and supports concurrent attachment to multiple host systems and

platforms. The 9900 subsystem employs and improves upon the key characteristics of

generations of successful Hitachi disk storage subsystems to achieve high performance and

reliability. The advanced components, functions, and features of the Lightning 9900™

subsystem represent an integrated approach to data retrieval and storage management.

The Lightning 9900™ subsystem provides many new benefits and advantages for the user.

The 9900 subsystem can operate with multihost applications and host clusters, and is

designed to handle very large databases as well as data warehousing and data mining

applications that store and retrieve terabytes of data. The Lightning 9900™ provides up to 32

host interface ports and can be configured for all-mainframe, all-open, or multiplatform

operations.

 Instant access to data around the clock:

– 100 percent data availability guarantee.

– No single point of failure.

– Highly resilient multi-path fibre architecture.

– Fully redundant, hot-swappable components.

– Global dynamic hot sparing.

– Duplexed write cache with battery backup.

– Hi-Track

®

“call-home” maintenance system.

– Non-disruptive microcode updates.

– RAID-1 and/or RAID-5 array groups within the same subsystem.

 Unmatched performance and capacity:

– Industry’s only internal switched fabric architecture.

– Multiple point-to-point data and control paths.

– Up to 6.4-GB/sec internal system bandwidth.

– Fully addressable 32-GB data cache; separate control cache.

– Extremely fast and intelligent cache algorithms.

– Non-disruptive expansion to over 88 TB raw capacity.

– Simultaneous transfers from up to 32 separate hosts.

– High-throughput 10K RPM fibre-channel, dual-active disk drives.

2 Chapter 1

Overview of the Lightning 9900™ Subsystem

 Extensive connectivity and resource sharing:

– Concurrent operation of UNIX

®

-based, Windows NT

®

, Windows

®

2000, Linux

®

,

NetWare

®

, and S/390

®

host systems.

– Fibre-channel, Fiber Connection (FICON™), and Extended Serial Adapter™ (ESCON

®

)

server connections.

– Optimized for storage-area networks (SANs), fibre-channel switched, fibre-channel

arbitrated loop, and point-to-point configurations.

1.1.1 Continuous Data Availability

The Hitachi Lightning 9900™ is designed for nonstop operation and continuous access to all

user data. To achieve nonstop customer operation, the 9900 subsystem accommodates

online feature upgrades and online software and hardware maintenance. See section 1.2 for

further information on the reliability and availability features of the Lightning 9900™

subsystem.

1.1.2 Connectivity

The Hitachi Lightning 9900™ RAID subsystem supports concurrent attachment to S/390

®

mainframe hosts and open-system (UNIX

®

-based and/or PC-server) platforms. The 9900

subsystem can be configured with FICON™ ports, Extended Serial Adapter™ (ExSA™) ports

(compatible with ESCON

®

protocol), and/or fibre-channel ports to support all-mainframe,

all-open, and multiplatform configurations.

When FICON™ channel interfaces are used, the 9900 subsystem can provide up to 16 logical

control unit (CU) images and 4096 logical device (LDEV) addresses. Each physical FICON™

channel interface supports up to 512 logical paths providing a maximum of 8192 logical paths

per subsystem. FICON™ connection provides transfer rates of up to 100 MB/sec (1Gbps).

When ExSA™ channel interfaces are used, the 9900 subsystem can provide up to 16 logical

control unit (CU) images and 4,096 logical device (LDEV) addresses. Each physical ExSA™

channel interface supports up to 256 logical paths providing a maximum of 8,192 logical

paths per subsystem. ExSA™ connection provides transfer rates of up to 17 MB/sec.

When fibre-channel interfaces are used, the 9900 subsystem can provide up to 32 ports for

attachment to UNIX

®

-based and/or PC-server platforms. The type of host platform

determines the number of logical units (LUs) that may be connected to each port. Fibre-

channel connection provides data transfer rates of up to 200 MB/sec (2 Gbps). The 9900

subsystem supports fibre-channel arbitrated loop (FC-AL) and fabric fibre-channel topologies

as well as high-availability (HA) fibre-channel configurations using hubs and switches.

Hitachi Lightning 9900™ User and Reference Guide 3

1.1.3 S/390

®

Compatibility and Functionality

The 9900 subsystem supports 3990 and 2105 controller emulations and can be configured

with multiple concurrent logical volume image (LVI) formats, including 3390-1, -2, -3, -3R, -9

and 3380-E, -J, -K. In addition to full System-Managed Storage (SMS) compatibility, the 9900

subsystem also provides the following functionality in the S/390

®

environment:

 Sequential data striping,

 Cache fast write (CFW) and DASD fast write (DFW),

 Enhanced dynamic cache management,

 Multiple Allegiance support,

 Concurrent Copy (CC) support,

 Enhanced CCW support,

 Priority I/O queuing,

 Parallel Access Volume (PAV) support, and

 Transaction Processing Facility (TPF)/Multi-Path Locking Facility (MPLF) support.

1.1.4 Open-Systems Compatibility and Functionality

The Lightning 9900™ subsystem supports multiple concurrent attachment to a variety of host

operating systems (OS). The 9900 supports the following platforms at this time. The type of

host platform determines the number of logical units (LUs) that may be connected to each

port. Please contact Hitachi Data Systems for the latest information on platform and OS

version support. The 9900 is compatible with most fibre-channel host bus adapters (HBAs).

 IBM

®

AIX

®

OS

 Sun™ Solaris™ OS

 HP-UX

®

OS

 Compaq

®

Tru64™ UNIX

®

OS

 Sequent

®

DYNIX/ptx

®

OS

 SGI™ IRIX

®

OS

 Microsoft

®

Windows NT

®

OS

 Microsoft

®

Windows

®

2000 OS

 Novell

®

NetWare

®

OS

 Red Hat

®

Linux

®

OS

 Compaq

®

OpenVMS

®

OS

The 9900 subsystem provides enhanced dynamic cache management and supports command

tag queuing and multi-initiator I/O. Command tag queuing (see section 4.5.1) enables hosts

to issue multiple disk commands to the fibre-channel adapter without having to serialize the

operations. The 9900 subsystem operates with industry-standard middleware products

providing application/host failover capability, I/O path failover support, and logical volume

management. The 9900 subsystem also supports the industry-standard simple network

management protocol (SNMP) for remote management from the open-system host.

The 9900 subsystem can be configured with multiple concurrent logical unit (LU) formats

(e.g., OPEN-3, -8, -9, -K, -E, -L, -M). The user can also configure custom-size volumes using

the Virtual LVI/LUN and LU Size Expansion (LUSE) features of the 9900 subsystem, which are

described in the next section.

4 Chapter 1

Overview of the Lightning 9900™ Subsystem

1.1.5 Hitachi Freedom NAS™ and Hitachi Freedom SAN™

Hitachi Freedom Data Networks™ (FDN) provide an open architecture that offers

organizations freedom of choice in deploying data access, protection, and sharing

capabilities across the enterprise. Using multiple technologies and solutions such as storage-

area networks (SANs) and network-attached storage (NAS), FDN builds, leverages, and

augments storage infrastructures, providing access to any data from any computer, anytime

and anywhere.

Hitachi Freedom NAS™ and Hitachi Freedom SAN™ solutions are the core offerings behind the

FDN approach. They complement the Hitachi Freedom Storage™ subsystems by allowing

more flexibility than ever in heterogeneous environments. While SAN architectures respond

to high bandwidth needs, NAS addresses the need for rapid file access, especially critical for

e-business applications. Hitachi Data Systems offers the best of both.

FDN encompasses storage, switches and hubs, servers/clients, management software,

protocols, services, and networks developed by Hitachi, our alliance partners, and third

party providers. FDN facilitates consolidation of server and storage resources, data sharing

among heterogeneous hosts, centralized resource and data management, superior data

security, and increased connectivity.

Hitachi Freedom SAN™. Hitachi Data Systems’ SAN solutions give you the freedom to locate

storage wherever needed and protect your investment in currently installed components.

Made possible by the advent and proliferation of high-speed fibre-channel technology, SANs

break the traditional server/storage bond and enable total connectivity. As a result, you can

add, remove, or reassign any resource without interfering with ongoing business operations.

The Lightning 9900™ subsystem features unparalleled reliability, a SAN-ready architecture,

and support for S/390

®

, UNIX

®

, and Windows NT

®

platforms. Hitachi adds software and

services to SAN components to provide functionality such as LAN-free backup, remote copy,

and multiplatform data exchange from our Freedom Storage™ software suites.

Hitachi Lightning 9900™ User and Reference Guide 5

Hitachi Freedom NAS™. Freedom NAS answers the need for speed with faster file access.

Numerous clients can instantly share data with information available on your NAS file server.

Freedom NAS is an excellent solution for file/web serving, document/record imaging,

streaming media, video design, telco call centers, and manufacturing.

Hitachi Freedom Storage™ subsystems are combined with Network Storage Solutions’ NAS file

servers to provide Freedom NAS solutions. The modular architecture of Hitachi Freedom

Storage™ subsystems provides quick and easy storage expansion. For further information,

please refer to the Hitachi Freedom NAS™ NSS Configuration Guide, MK-91RD053.

Freedom NAS provides the following benefits for the user:

 Accelerates response times

 Supports rapid deployment of new

applications

 Satisfies increasing customer demand

 Enables expanding operations

 Leverages existing storage infrastructure

 Improves service levels

 Reduces I/O bottlenecks

 Minimizes overhead through

consolidation and reduced

complexity

 Increases availability and

reliability

 Eliminates storage islands

 Installs quickly and easily

6 Chapter 1

Overview of the Lightning 9900™ Subsystem

1.1.6 Program Products and Service Offerings

The Lightning 9900™ subsystem provides many advanced features and functions that increase

data accessibility, enable continuous user data access, and deliver enterprise-wide coverage

of on-line data copy/relocation, data access/protection, and storage resource management.

Hitachi Data Systems’ software solutions provide a full complement of industry-leading copy,

availability, resource management, and exchange software to support business continuity,

database backup/restore, application testing, and data mining.

Table 1.1 Program Products and Service Offerings (continues on the next page)

Function Description See Section:

Data Replication:

Hitachi TrueCopy (TC)

Hitachi TrueCopy – S/390

®

(TC390)

Enables the user to perform remote copy operations between 9900 subsystems

(and 7700E and 7700) in different locations. Hitachi TrueCopy provides

synchronous and asynchronous copy modes for both S/390

®

and open-system

data. (The 7700 subsystem supports only synchronous remote copy operations.)

3.7.1

3.7.2

Hitachi ShadowImage (SI)

Hitachi ShadowImage – S/390

®

(SI390)

Allows the user to create internal copies of volumes for a wide variety of

purposes including application testing and offline backup. Can be used in

conjunction with TrueCopy to maintain multiple copies of critical data at both the

primary and secondary sites.

3.7.3

3.7.4

Command Control Interface (CCI) Enables open-system users to perform TrueCopy and ShadowImage operations

by issuing commands from the host to the 9900 subsystem. The CCI software

supports scripting and provides failover and mutual hot standby functionality in

cooperation with host failover products.

3.7.5

Extended Copy Manager (ECM) Provides server-free backup solutions between the 9900 and backup devices

(e.g., tape, disk) in SAN environments. Supports the SCSI Extended Copy

command issued from the host server to the 9900 subsystem.

3.7.6

Hitachi Extended Remote Copy

(HXRC)

Provides compatibility with the IBM

®

Extended Remote Copy (XRC) S/390

®

host

software function, which performs server-based asynchronous remote copy

operations for mainframe LVIs.

3.7.7

Hitachi NanoCopy™ Enables S/390

®

users to make Point-in-Time (PiT) copies of production data,

without quiescing the application or causing any disruption to end-user

operations, for such uses as application testing, business intelligence, and

disaster recovery for business continuance.

3.7.8

Data migration

(service offering only)

Enables the rapid transfer of data from other disk subsystems onto the 9900

subsystem. Data migration operations can be performed while applications are

online using the data which is being transferred.

3.7.9

Backup/Restore and Data Sharing:

Hitachi RapidXchange (HRX) Enables users to transfer data between S/390

®

and open-system platforms

using the ExSA™ and/or FICON™ channels, which provides high-speed data

transfer without requiring network communication links or tape.

3.7.10

Hitachi Multiplatform Backup/Restore

(HMBR)

Allows users to perform mainframe-based volume-level backup and restore

operations on the open-system data stored on the multiplatform 9900

subsystem.

3.7.11

HARBOR

®

File-Level Backup/Restore Enables users to perform mainframe-based file-level backup/restore operations

on the open-system data stored on the multiplatform 9900 subsystem.

3.7.12

HARBOR

®

File Transfer Enables users to transfer large data files at ultra-high channel speeds in either

direction between open systems and mainframe servers.

3.7.13

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